KR200216991Y1 - Multi-purpose kitchen sink - Google Patents

Abstract

1. Technical field to which this invention belongs

The present invention relates to a multi-purpose kitchen sink having both an automatic washing function of a tableware, a wet food waste reduction processing function, and a conventional sink stand function.

2. Purpose of the present invention

The process of washing utensils in the kitchen, storing the washed utensils until the next use, and separating and discharging the wet food waste after cooking actually takes a lot of time and hassle, especially the spillage of food waste is an unsanitary kitchen. The purpose of this paper is to solve the above problems and to provide a functional kitchen sink having an automatic dishwashing function and a food waste disposal function in the existing kitchen sink.

3. Composition of the present invention

The multi-purpose kitchen sink stand of the present invention is a device body (1) is formed in the shape of a sink, the role of the existing kitchen sink, and the inside of the dishwashing metal mesh 33 for the washing dish is rotated at low speed and heated in the hot After washing and washing with hot water, the automatic sterilization unit for sterilizing and drying the sterilized dishes with the heated air supplied from the hot air blower (24), the dishwashing water and the wet food dregs are automatically A food waste feeding container 58 having a manual dish washing container 44 which is introduced from the washing container 20 and which can manually wash dishes, and which throws away food waste into the right side, has a food waste feeding tube 58 ( 53), and the washing water mixed with the input is dehydrated through the built-in moisture screen screen 45 until the device is operated. The natural dehydrator and the dehydrated input are finely chopped, and the dehydrator and the compressed water removal control unit are compressed to remove moisture by compressing the cut input. By-product storage and discharge unit with a detachable function to store is configured to provide a multi-purpose kitchen sink of the present invention.

4. Effect of the devise

According to the present invention, anyone can easily store contaminated utensils after automatic washing and reduce food waste to easily solve the separate collection process, thus saving time in domestic labor and maintaining the environment in a sanitary and clean kitchen room at all times. In the process of recycling into compost, food waste, which has been mostly removed from salt and water, can be collected immediately in the kitchen to facilitate the collection, storage, transportation, and processing at a low cost while minimizing the occurrence of spills or environmental pollution. It can be installed in a small kitchen room without the need for a separate installation space and replaces the existing sink, which has the effect of being suitable for hygienic, efficient and practical use that combines the existing sink function, automatic washing function of food and food waste disposal function. The present invention is provided.

Description

Multipurpose Kitchen Sink {.}

Existing kitchen sinks clean the dishes used in the upper part of the kitchen or wash dishes and expose the washed dishes to the upper part until the next use. In the upper reservoir, use the manure mesh to remove food waste by hand. It separates and stores the infrequently used utensils inside the sink basin, so a separate installation space is required to install kitchen appliances with other functions such as automatic dishwashers or food waste reduction devices.

Therefore, the present invention is composed of a conventional sink shape so that the appearance of the main body of the apparatus 1 can be performed while maintaining the existing sink stand function, and also performing the automatic dishwashing function, the storage function of the dishes after washing, and the waste food waste reduction processing function. The indoor side of the kitchen is to provide a multi-functional sink to replace the existing sink stand.

Conventional dishwashers are not equipped with enough food waste in the tableware and wet food waste contained in the tableware, ie, simple functions such as washing, drying, sterilization, and storage. It is installed separately to wash the dishes by moving them to the equipment installed in a separate place, and the existing food waste treatment method is a dehydration method using centrifugal force grinding compression dehydration method fermentation treatment method extinction treatment method high speed fermentation drying method Various methods have been proposed, but all of these methods are collected from storage sinks in the kitchen, where garbage is generated, by using a strainer, which is transported to the outside to reduce and recycle the wet food waste. Due to decay and spillage in the process of The problem that the contamination of the odor generation has been caused with the surrounding.

In addition, wet food waste is generated, collected, stored, and discharged in the kitchen, which pollutes the kitchen environment in a limited space with odors and spills. Recently, the wet food waste automatic processor (Utility Model Application No. 20-2000-0004985), which is discarded when washing dishes by the applicant of the present invention, does not need to be separately collected and stored in the sink. Wet food waste automatic processor has been designed, but the multipurpose kitchen sink of the present invention that combines automatic dish washing and food waste reduction function in the home kitchen and has a conventional sink function is the first to come out.

The present invention is designed to solve the problems of the prior art as described above, forming the main body of the kitchen so as to serve as the existing sink of the kitchen to replace the existing sink without the need for a separate installation space and dishwashing process therein After cleaning and disposing of wet food waste, which is discarded after being cooked, the dirty dishes are washed with hot water without using synthetic detergent and then dried and sterilized by heating air to be stored until the next use. After diluting and irritating the irritating substance with dishwashing water, it is dehydrated, crushed, compressed moisture removed and stored, so that it can be easily recycled as feed or compost, eliminating effluents from existing food waste collection process and odor generation after storage. By-products with salts and irritants removed By reducing weight in the kitchen, it creates a sanitary kitchen environment, facilitates the separate collection of food waste, and is a multi-purpose for economically and efficiently performing the collection, storage, transportation, and process for recycling by-products. To provide a kitchen sink.

1 is a perspective view showing the appearance of the present invention

Figure 2 is a cross-sectional view showing the overall configuration of the present invention

Figure 3 is a cross-sectional view of the automatic washing machine unit of the present invention

Figure 4 is an internal plan view of the automatic dishwashing container of the present invention

Figure 5 is a cross-sectional view of the dry hot air discharge pipe and the dry air inlet of the present invention

Figure 6 is a cross-sectional view of the natural dewatering device unit of the present invention

7 is a side view of the food waste dehydration container of the present invention

8 is a plan view of the crushing cutting device portion of the present invention

9 is a front view of the crush cutting unit of the present invention

10 is a side view of the crushing cutting unit of the present invention

11 is a plan view of the compressed water removal control unit of the present invention

12 is a front view of the compressed water removal control unit of the present invention

Figure 13 is a cross-sectional view of the by-product storage and discharge device portion of the present invention

<Description of the code | symbol about the principal part of drawing>

1. Main unit 2. Automatic washing machine inside

3. Inside the automatic dish washer discharge tube 4. Inside the manual dishwasher

5. Inside the food waste container 6. Inside the food waste dehydration container

7. Inside Crusher 8. Inside Compressor

9. Inside the moisture removal regulator 10. Inside the drain box

11. Inside the hot water bath 12. Dishwasher lid

13. Hot air inlet 14. Hot air transfer pipe

15. Hot Water Transfer Pipe 16-1. No. 1 flushing nozzle pipe

16-2. Outer surface No.2 spray nozzle 17.Centrifuge nozzle nozzle

18. Lower washing water spray nozzle pipe 19-1 Outer flush water spray nozzle 3

19-2. Outlet No. 4 jet nozzle 20. Automatic dish washer

21. Fixed shaft bearing bearing 22. Drive shaft gear

23. Fixed shaft bearing 24. Hot air fan

25. Dish washing unit driving motor gear 26. Dish washing unit operating motor

27. Level control rod 28. Hot water pump

29. Hot water heating heater 30. Temperature control sensor

31. Washing water supply pipe 32. Hot water heater drain pipe

33. Metal mesh for dish washing 34. Metal mesh rotating shaft

35. Rotating shaft support bearing 36. Metal mesh fixing plate

37. Wash water leak prevention plate 38. Dry hot air recovery pipe

39-1. Dishwasher connection flange 39-2. Left Connection Flange on Discharge Tube

40-1. Dry hot air outlet 40-2. Dry air inlet

41. Dishwasher discharge tube 42-1. Connection pipe on right side of discharge tube

42-2. Retractable left side flange 43. Shut-off blade inside dish washer

44. Manual dishwasher 45. Water filter screen

46. Food Waste Dewatering Can 47. Dewatering Can Lid

48. Impurity strainer 49. Top drain pipe

50.Sensor 51.Reservoir right fixed flange

52. Connection flange on the left side 53. Food waste input pipe

54. Connecting flange on top of input pipe 55. Lower flange on food waste input pipe

56. Feeding cap lid 57. Impurity strainer

58. Food waste container 59-1. Drainpipe No. 1 Drain

59-2. Drain tube # 2 60. Drain tube lower flange

61. Upper cutter 62-1. Crushing Machine Right Bearing Housing

62-2. Crushing cutter left bearing housing 63. Crushing cutter body

64. Cutter cutter shaft 65. Cutter cutter lower flange

66. Compressor Upper Flange 67-1. Moisture Removal Compression Spring

67-2. Compression adjustment bolt 68. Moisture removal regulator body

69. Water removal control blade 70. Compressor rotating shaft fixed sleeve

71. Moisture removal regulator upper flange 72. Moisture removal regulator lower flange

73. Drainage top flange 74. Sensor

75. Drainage Locker 76. Storage Lift Plate

77. Storage cabinet release lever 78. Compressor right flange

79. Compressor rotary blade 80. Compressor rotary shaft

81. Compressor body 82. Compressor drain line

83. Compressor drain box 84. Compressor left flange

85. Compressor rotating shaft bearing housing 86. Crushing cutter drive coupling gear

87. Compressor Drive Gear 88. Crusher Cutter Drive Gear

89. Flat blades 90. Blade cutter Rotary shaft

91. Hot water heater 92. Operation motor gear

93. Operating motor 94. Drain connection drain

95. Automatic Dishwasher Control Panel 96. Food Waste Disposal Control Panel

According to the present invention, a multipurpose kitchen sink with a dish washing function to automatically clean and sterilize dishes and a storage function for washing sterilized dishes and a reduced waste of wet food waste is installed on one side of the cooking chamber to discard the wet food waste. After putting the food waste into the trash can 58, the dirty dishes are put into the dish washing metal mesh 33 inside the automatic dish washer 20, close the dish washing lid 12, and press the dish washing operation button. Put the tableware in the cylindrical dishwashing metal mesh 33, rotated, washed, dried and sterilized and the food waste thrown into the food waste container and the food waste generated during the dish washing process are inside the food waste dehydration container 46 Mixed with the dishwashing water in the dilution, salt and water is naturally dehydrated, if a lot of dehydrated input is accumulated in the upper drain pipe 49 When the lamp indicating the operation by the signal of the sensor 50 provided in the blinking and operating the food waste treatment operation button at this time through the process of cutting cutting, compressed moisture control removal process, the input is reduced and discharged inside the discharge container (75) There is provided a multipurpose kitchen sink characterized in that it is kept sealed until.

Hereinafter, described with reference to the accompanying drawings, preferred embodiments of the present invention is as follows.

1 is a perspective view showing the appearance of the present invention, the upper left side is provided with a dish washing container lid 12 for injecting the washing dishes, the central upper portion of the manual dishwasher for washing dishes manually as in the existing washing process (44) is provided and the food waste disposal container 58 for putting food waste into the upper right is provided, the upper left side of the outer front is provided with an automatic dishwasher control panel 95 for operating the dish washing and the upper right The front surface is provided with a food waste disposal control panel 96 that operates food waste reduction, and at the bottom of the inside, a drain connection drain 94 connected to a sewer is provided so that the exterior of the device body 1 is a rectangular sink. It consists of.

Figure 2 is a cross-sectional view showing the overall configuration of the present invention food waste thrown away after food intake into the food waste feeding container (58) and dirty dishes in the manual dishwashing container (44) as in the manual washing process or the conventional washing process Open the automatic dishwasher lid 12, put it into the dishwashing metal mesh 33 of the automatic dishwasher interior 2, close the lid and operate the machine.

First, the dishware contained in the dishwashing metal mesh 33 rotates at a low speed (2RPM-3RPM) while washing with high pressure shower with hot water and sterilizing and drying with heated hot air (12, 13, 16). -1, 16-2, 17, 18, 19-1, 19-2, 20, 33) and metal mesh low speed rotating devices (21, 22, 23, 25, 26, 34, 35, 36, 37) and water level Hot water heating tank (91) hot water pump (28) hot water transfer pipe (15) for receiving hot water from a heating boiler by the adjusting rod (27) and maintaining hot water stored in the built-in electric heater (29) at a temperature of 90 ° C to 95 ° C. Washing and supplying hot water supply device (15, 27, 28, 29, 30, 31, 32, 91) and a dish sterilization drying air input and recovery device for supplying heated air for sterilizing and drying the dishes after washing (13) , 14, 24, 38, 40-1, 40-2),

Automatic dishwasher unit (12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 33 , 34, 35, 36, 37, 38, 40-1, 40-2, 41, 42-1, 91),

Secondly, there is provided a manual dish washer 44 at the upper part, and the food waste inlet container 58 on the right is assembled and connected to the food waste inlet tube 53, and the automatic dish washer 20 on the left side has a discharge pipe ( 41) The wet food waste and dishwashing water that are assembled into the water are fed into the inside of the food waste dehydration container (6) and passed through the water filter screen (45) to dilute the salt and irritant substances so that the dehydration container Food waste drained to drain 94 through drain pipes 59-1 and 59-2 and dehydrated is accumulated and accumulated in food waste dehydration container 6 and crusher inner 7.

Natural dehydration unit (42-2, 43, 45, 46, 49, 50, 51, 59-1, 59-2, 60),

Third, a lot of input dehydrated accumulates, and the lamp indicating the timing of food waste reduction operation by the signal of the sensor 50 blinks, and then press the operation button of the food waste control unit control panel 96, the input is cut cutter rotary shaft blade ( 90) while being cut into the uneven portion formed on the surface and transported in contact with the flat fixed blade 89,

Crushing cutting device portion 61, 62-1, 62-2, 63, 64, 65, 88, 89, 90,

The fourth cut-off input is moved from the left to the right by the rotary blade 79 of the compressor, and the water removed is separated and discharged into the drain holes formed on the upper and lower sides of the left side of the compressor body. The inside of the compressor (8) is discharged and gradually narrowed out and discharged through the drain pipe (82) provided at the right end of the compressor drain container (83), which is configured to surround the located part in a jacket shape from the outside. The feed conveyed to the right side from the water is compressed and removed until the moisture control removal wing 69 blocking the outlet by the force of the compression spring (67-1) is opened by the force of compression feed of the input

Compressed moisture removal control unit 66, 67-1, 67-2, 68, 69, 70, 71, 72, 78, 79, 80, 81, 82, 83, 84, 85, 86, 87 ,

Fifth, the fixed water-removal control unit right bottom end flange (72) bonding surface and the by-product storage box upper flange (73) to the adhesive surface of the fixed rubber packing, respectively, the lower end flange 72 and the discharge container upper flange (73) Is equipped with a lifting plate 76 and a storage box demounting lever 77 having a lowering and lowering action outside the lower part of the discharge container so that the upper and lower parts are in contact with each other. If configured at the edge of the lower end flange 72,

By-product storage and discharge unit (73, 74, 75, 76, 77)

Sixth, the motors (26, 93) and hot water in the automatic dishwasher control panel (95) located in the upper left front of the main body of the present invention (1) and the food waste treatment control panel (96) located in the upper right of the outer front. Pump (28) Heater (24) Electric Heater (29) Electrically connect the wires of the sensors (30, 50, 74) to create a power transmission and control system unit that automatically cleans dishes and discards wet food waste in the kitchen. An apparatus of the present invention, which simultaneously performs a weight reduction treatment, is configured.

The above-described automatic dishwashing unit is sprayed with an external surface washing water from the inside of the outer wall inside the circular dishwashing container 20 having a lid 12 into which a washing vessel is placed at the top, as shown in FIGS. 3, 4 and 5. The nozzle pipes 16-1, 16-2, 19-1, 19-2 are connected to the hot water supply pipe 15, and have three spray nozzles up and down toward the rotating shaft 34 in the shape of a stick, and the inside and outside of the washing tank. Rotating back and forth, left and right are provided in all directions,

The inner central washing water injection nozzle pipe 17 is connected to the hot water supply pipe 15 at the center of the dish washing tank and is provided in a small cylindrical shape surrounding the rotating shaft 34 so that the inner central washing water spray nozzle tube 17 may be 120 ° toward the inner wall of the washing container. Divided into three angles and equipped with nine jet nozzles in three directions, three at the top and bottom;

Lower washing water spray nozzle pipe 18 is provided in the form of a rod on the lower left side of the dish washing cylinder and has three spray nozzles,

The hot water of the high temperature (90 ° C. to 95 ° C.) heated by the electric heater 29 from the outside, the inside, and the bottom of the tableware contained in the metal mesh rotating at low speed (2 to 3 RPM) is operated by the hot water pump 28. 3 to 4 kg / cm 2) to be showered and showered, and the heated dishes (120 to 130 ° C.) generated by the hot air blower 24 are dried through the hot air feed pipe 14. It is configured to be dried and sterilized by being supplied to the dishes washed through the hot air inlet 13 and is provided with an internal blocking vane 43 to block the interior of the automatic dish washing room and the food waste dehydration container and supplied to the automatic washing room. Heated air is recovered to a hot air blower through the dry hot air discharge port 40-1 and the dry hot air recovery pipe 38, and then heated and supplied again. A dry air supply pipe 40-2 is provided to provide the inside of the automatic washing machine. Prevention of internal pressure caused by dry air rise in 2) And the hot water and food waste used in the washing process are connected to the dish washing container discharge pipe 41 and the flanges 39-1, 39-2, 42-1, to be introduced into the food waste dehydration container 46 located on the right side. 42-2).

6 and 7, the natural dewatering device is provided with a manual dish washer 44 on the top of the food waste dehydration container 46 and a food waste inlet 58 on the right side to discharge the dish washing tube ( 41) and the food waste dispensing pipe (53) and the dishwashing waste and discarded food waste is input, the manual dish washer (44) and the food waste dispensing container (58) into which the dishwashing water of the existing manual dish is put. Impurity strain nets (48, 57) and sealing lids (47, 56) are provided at the center of the inner bottom of the inside, the inner left side of the dehydration container (46) is provided with an inner blocking blade (43) for the dish washing container, sealing lid (47, 56) and the blocking blade (43) the inside is configured to be blocked with automatic dish washer, manual dish washer, food waste inlet, Hurenji 42-1, 42-2, 51, 52, 60, 61, the food waste dehydration container 46 assembled and assembled is provided with a moisture filter screen plate 45 therein. The control panel 96 is configured to dilute, dehydrate, and remove water and irritant substances introduced into the drain pipes 59-1 and 59-2, and includes a sensor 50 on the upper portion of the dehydration pipe. The dehydration can be configured to be delivered to the signal) and the excessively drained wash water is discharged to the sewer pipe.

8, 9, and 10, the crushing cutting unit part before and after both sides of the inner wall surface of the crusher body 63 having the upper flange 61, which is assembled and connected to the lower flange 60 of the natural dehydration container at the top. The fixed cutter blade 89 which can be adjusted in the direction, and the rotary cutter blade 90 and the rotary cutter blade groove are processed on the surface in the form of an uneven shape, inside the cutter cutter body. The flange bearing housings (62-1, 62-2) on the left and right sides of the shaft (64) so as to be assembled and assembled to the body, and the crusher body (7) and the food waste dehydration container (6) While dehydrating, accumulating and waiting for the inputs in the rotary shaft blade grooves, the rotary shaft blade 90 and the fixed blade 89 are contacted at a low speed (50 to 100 RPM) at an inclination angle of 30 to 40 degrees to crush the input like a porridge. Crushed and cut into the compressor (8) And configured.

11 and 12, the compressed moisture removal control unit is assembled with a coupling flange 66 on the upper portion of the compressor body 81 gradually narrowing from the right side to the left side and the compressor left flange 84 on the body left side to form a compressor rotating shaft ( 80) Fixed flange bearing housing (85) and moisture removal control compression spring (67-1) with the force of the moisture removal control block (69) blocking the outlet port and the compression adjustment bolt (67-) 2) and a coupling flange (71, 78) for coupling the compressor body (81) with the water removal controller having a ring-shaped fixing rib (70) for fixing the compressor rotating shaft at the right end and the water removal controller at the lower end. A flange 72 is provided to be connected and assembled with the upper cutting cutter unit and connected with the lower by-product storage and discharge unit, and the input cut into the compressor inner blade 8 is inserted into the compressor rotary blade 79. Left by Is transferred to the right side from the inner pressure is gradually generated to remove the water contained therein through the compressor body drain hole through the compressor body of the left side of the compressor drain pipe (83) formed in the jacket form on the outside of the left side of the compressor body The drain is drained to the drain 94 and the moisture is decompressed is discharged into the discharge container 75 is configured to be stored until discharged to the outside of the device.

1 and 2, the power transmission and control system unit includes a motor 26, a motor side drive gear 25, a rotating shaft drive gear 22, and a rotating shaft fixed bearing 21 having a deceleration function for operating the metal mesh rotating shaft 34. , 23) rotating shaft support bearing (35) electric heater (29) for supplying hot water from the heating boiler to maintain the water level adjusting rod (27) to control the storage level of the water reservoir to rise to an appropriate temperature of 90 ℃ ~ 95 ℃, hot water Is equipped with a hot water pump (28) for supplying the washing water spray nozzle tube through the washing water supply pipe, and a hot air blower (24) equipped with a thermostat for supplying heating air into the dishwashing container. A power transmission device and an automatic dish washing unit control panel 95 are installed by installing a cover, and a screw cutting mechanism driving gear 88 is fitted to the left end of the cutter cutting shaft 64. 80) Insert the clamping cutting gear (86) and the compressor driving gear (87) into the side end, insert the gear (92) into the driving motor (93) drive shaft, fasten the bolts and fasten them, then put the safety cover on the inside of the food waste dehydration container. Electrically connecting the sensor 50 located in the discharge container and the sensor 74 and the operating motor 93 located inside the discharge container constitutes a power transmission device for processing food waste and a control panel 96 for processing food waste.

As described above, the wet food waste discarded after ingesting the food devised by putting the present device into the food waste feeding container 58 and the dirty dishes open the automatic dishwashing chamber lid 12 and have a partition for dishwashing. Put the inlet of the dish toward the bottom or side of the dishwasher to facilitate the washing in the metal mesh 33, close the lid (12, 47, 56) and the automatic dishwashing control provided on the left front side of the present invention Operating time adjustment to determine the dishwashing time and hot air supply time of the panel (95) Set the operation time in proportion to the amount of the small number of dishes to be washed, and then press the dishwashing start operation button Is rotated at a low speed of about 3 times per minute in a dish washing metal mesh 33 for a set time, and after washing the shower with a water pressure of about 3Kg / ㎠ with hot water of 90 ℃ ~ 95 ℃ 120 ℃ tablet Sterilized and dried by heated air of the supplied washing water includes food waste and is introduced into the food waste dehydration container 6 through the discharge pipe 41 and the supplied heated air is located at the center of the discharge pipe 41. After the set time is exhausted to the dry hot air outlet 40-1, the automatic dish washing function is stopped, and the dishes are washed, dried, and sterilized and stored in a metal net.

At this time, the actual operating time is preferably about 3 minutes for washing and drying. In addition, when doing the dishes to wash the dishes by hand without using the automatic dishwashing function to put the food waste thrown into the food waste disposal container (58) and manual dishwashing container (44) as is generally done in the kitchen If the closing lids (47, 56) after the implementation in the kitchen room is finished without the odor causing factors in the washing process, and the waste food waste as described above also put into the food waste dehydration container (46) together with the dishes for washing. As time passes, moisture, including salinity and irritants, gradually dehydrates and accumulates and waits until the sensor 50 detects that it is full.

As time passes, the dehydrated inputs in the food waste dehydration container 6 and the crusher body 7 accumulate, so that the sensor 50 flashes a lamp indicating the operation time of the control panel 96. After confirming that the sealing lids (47, 56) are closed, press the operation button by selecting the one-time operation and continuous operation, the operating motor (93) is operated, the compressor rotary blade (79) and the cutter cutter rotary shaft blade (90) The dehydration and waiting air is rotated at low speed, and then discharged into the discharge storage box 75 through the process of cutting and cutting compressed moisture removal so that the sensor 74 discharges the by-product discharged to the flashing lamp located in the control panel 96. Airtight storage is kept until the replacement of the storage box discharged to the outside of the device and the water decompressed in the above process is drained to the drain pipes (59-1, 59-2, 82) to the sewer through the drain connection drain (94) exhaust The. At this time, the one time operation time of the food waste treatment function is appropriate for 2 to 3 minutes depending on the throughput.

The present invention has the same structure and action as above, washing dishes are kept in a sanitized state by washing and drying at a high temperature to meet the washing-up function, and the discarded wet food waste is removed from salt and irritant substances at 70%. 75% moisture is reduced, and by-products that can be easily recycled as feed or compost are produced in the kitchen.

According to the present invention of the configuration and operation as described above, the device body (1) is installed in one side of the kitchen or home of the restaurant in the shape of a sink to replace the automatic dishwashing function and food waste treatment function can be configured Dirty dishes and discarded food wastes are immediately washed and reduced.

1.Anyone can easily wash dishes and reduce food waste by operating operation buttons so that housewives can use their spare time usefully.

2. The washing container is kept hygienic by washing, drying and sterilizing with hot water and heated hot air without using chemical synthetic detergent.

3. Reduce waste food waste without the hassle of separating and storing food waste and discarded food waste when washing utensils in the kitchen by wetness, and reduce the efficiency of separation of by-products after weight loss treatment. Provide a new economical and efficient way of collecting, transporting and storing by recycling

4. The device of the present invention, which is installed in place of the existing sink installation space, is installed even in the interior of a small kitchen without the need for a separate installation space, which combines the existing sink function and the automatic dishwashing function with food waste reduction processing. A multipurpose kitchen sink is provided that is hygienic and suitable for practical use.

Claims (4)

The present device relates to a kitchen sink having both an automatic washing function of a tableware, a reduction of wet food waste processing, and a conventional sink function. Appearance of the device is equipped with the shape of the kitchen sink to form a rectangular box to replace the existing kitchen sink on one side of the interior of the kitchen for circular dishwashing to rotate slowly inside the automatic dishwasher (20) The dishwasher in the metal mesh (33) is washed with hot water, dried and sterilized with heated air, and then washed with water until the next use. Natural dewatering device that is introduced through the discharge pipe (41), discarded food waste is introduced into the food waste dehydration container (6) through the food waste inlet pipe (53) so that salts and irritants are diluted with the washing water and removed. The part and the input are transported in the groove of the uneven part of the rotary shaft blade 90 and gradually become narrower to the right side and the right side of the crush cutting device which performs the crushing action. The feed is transferred from the compressor body inner part 8 having the inside to the narrow side by the compressor rotary blade 79, and the moisture control removal blade 69 is controlled by the moisture removal control compression spring 67-1. By the action of the compressed moisture removal control unit and the rising plate 76 to control the removal of the discharge by-product equipped with a discharge storage box (75) to block the inside at the bottom of the device and to keep the by-product until random discharge And a multipurpose kitchen sink, characterized in that the storage device. According to claim 1, wherein the automatic dishwashing vessel (20) having a lid (1) is provided with a cylindrical dishwashing metal mesh (33) rotating at a low speed by the operation of the motor (26) and the hot water transport pipe (15) The washing water spray nozzle pipe 16-1, 16-2, 17, 19-1, 19-2, which is connected and assembled, is configured to surround the metal mesh 33 inside and outside, and the lower washing water spray nozzle pipe is installed. (18) is provided in the lower portion of the metal mesh washing dish in the cylindrical metal mesh is rotated at a low speed inside the automatic dishwashing tub 20, washed and dried sterilized by heated hot air and stored until the next use automatic dishwashing Multipurpose kitchen sink, characterized in that provided with a device. According to claim 1, wherein the automatic dish washer (2) is provided with a dish washing chamber lid (12) at the top to block the outside, the dish washing tube discharge pipe 41 is opened by the pressure of the input to the end of the self-weight Multi-purpose kitchen sink, characterized in that provided with a closed dish washing barrel blocking 43, the food waste dehydration container inner (6) is sealed inside the automatic dish washer (20). The food waste of claim 1 is provided with a discharge pipe (41) for discharging the washing water and the washed-out food waste supplied to the automatic dish washer (20) to the food waste dehydration container (46) for post-treatment. The food waste input container 58 and the food waste dehydration container 46 are connected to the food waste input pipe 58 for post-treatment. Multi-purpose kitchen sink, characterized in that the food waste dehydration container (46) provided with (45) is configured in the lower portion of the manual dish washer (44).